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Module code: 4PS046

Stage: 1 CW2: QUANTATIVE Portfolio of statistical exercises

Assesses Learning outcomes 3 & 4 

Preamble

For the assignment you have been given brief background details of a research project and you are required to produce a portfolio of short reports. Portfolios are to be worked on individually and each of you will receive a unique set of data.  To access your data you will need to click on the links from the web pages (see below) You will be asked for your user name (your student number) and then asked to choose a password; your data will then be generated.

You should analyse the dataset and report your findings in a format suitable for publication in a journal. You should include relevant SPSS printouts with your report. Inclusion of the SPSS output is a pass/fail element of the assignment

Note that the reports you will produce are very short, but they are designed to test your understanding and interpretation of statistical analyses.

Background Information

A developmental psychologist was interested in children's construction play and the factors which determined the ease with which children are able to construct models. He designed a study in which children were tested for Spatial Working Memory and then presented with a series of Lego models of varying complexity to build at age 8 and retested when they were 12 years old.  Spatial Working Memory scores at age 8 were used to categorise the children as having either high or low spatial ability. 

As the psychological literature suggests that there are sex differences in spatial ability he also noted the sex of each of his participants. During both Lego tasks all participants were presented with 8 models in random order, which were designed to be of varying difficulty and a mean time taken to assemble the models was calculated. Data were collected across a range of variables, some of which are presented here.

Sex: Male or Female

SWM8: Score on spatial working memory task aged 8

SWM12:  Score on spatial working memory task aged 12

SpAb8: Participants designated as either high or low in spatial ability aged 8

MeanTim8: Mean time taken across all models aged 8

MeanTim12: Mean time taken across all models aged 12

 

THE DATA FOR THE ABOVE CAN BE FOUND BELOW:

For each of the following questions you should:

  • Produce a testable hypothesis,
  • Perform an appropriate statistical analysis
  • Report the findings of your analysis in the correct format
  • State what can be concluded from the analysis 

Research Questions

  1. Is there any support for the idea that there are sex differences in high and low spatial ability at age 8?
  2. Is there any difference in the mean time taken by those of high and low spatial ability to build the Lego models when tested at age 8?
  3. Is there any difference in the mean time taken to build the Lego Models at age 8 and age 12?
  4. Is there a relationship between Spatial Working Memory scores at age 8 and Spatial Working Memory scores at age 12?
  5. Does Spatial Working Memory score at age 8 predict the mean time taken to build the Lego models at age 12?

DATA TO BE ANALYSED

80 individuals

Sex

SWM8

SWM12

SpAb8

MeanTime8

MeanTime12

Female

46

43

High

727

698

 

Male

44

53

High

819

804

 

Male

44

48

High

866

882

 

Male

31

28

Low

793

795

 

Male

33

28

Low

751

747

 

Male

36

44

Low

881

871

 

Male

44

42

High

821

803

 

Female

36

45

Low

864

856

 

Female

39

34

High

850

842

 

Male

31

28

Low

851

855

 

Female

30

39

Low

829

840

 

Male

30

29

Low

897

901

 

Male

48

52

High

736

737

 

Female

39

37

High

718

690

 

Female

45

46

High

769

740

 

Male

39

34

High

791

771

 

Female

39

47

High

708

682

 

Female

48

59

High

716

723

 

Female

36

41

Low

843

818

 

Male

42

43

High

836

849

 

Male

30

40

Low

820

811

 

Female

41

48

High

880

879

 

Female

35

42

Low

748

742

 

Female

40

52

High

710

707

 

Female

30

36

Low

779

749

 

Male

43

40

High

886

894

 

Female

32

36

Low

872

862

 

Male

33

44

Low

743

740

 

Male

42

39

High

859

840

 

Female

32

42

Low

797

785

 

Female

30

28

Low

848

839

 

Male

40

40

High

894

886

 

Female

36

48

Low

829

831

 

Female

48

53

High

771

752

 

Male

40

40

High

729

727

 

Male

40

52

High

892

889

 

Female

41

41

High

703

704

 

Female

36

38

Low

876

891

 

Female

32

34

Low

814

818

 

Male

36

34

Low

886

903

 

Female

35

45

Low

807

814

 

Female

33

30

Low

818

790

 

Female

41

53

High

890

901

 

Male

34

30

Low

791

780

 

Male

46

56

High

794

781

 

Male

34

30

Low

873

859

 

Female

43

50

High

747

731

 

Male

40

42

High

732

741

 

Female

37

38

High

778

783

 

Male

47

45

High

769

773

 

Female

48

43

High

788

798

 

Male

38

40

High

808

795

 

Male

30

29

Low

893

873

 

Male

35

32

Low

824

796

 

Female

34

42

Low

746

743

 

Male

46

49

High

766

766

 

Female

30

27

Low

712

728

 

Female

32

38

Low

842

819

 

Male

47

44

High

856

866

 

Male

37

43

High

899

918

 

Female

44

52

High

711

685

 

Female

37

39

High

724

719

 

Female

40

37

High

724

696

 

Male

38

42

High

733

736

 

Male

33

31

Low

790

773

 

Female

35

33

Low

889

876

 

Female

46

43

High

751

745

 

Male

32

28

Low

732

749

 

Male

35

46

Low

880

851

 

Female

38

37

High

720

739

 

Male

30

29

Low

727

717

 

Female

34

30

Low

723

743

 

Male

43

39

High

766

784

 

Female

31

36

Low

815

807

 

Male

41

47

High

709

725

 

Female

44

51

High

874

855

 

Male

46

43

High

777

795

 

Female

35

40

Low

765

755

 

Male

37

45

High

853

836

 

Male

33

34

Low

893

870

 

 

Applied Statistics, Statistics

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